Target identification for weapon equipment in human machine interface design must to be settled through the research of experiments and assessments. A target identification experiment of multi-interface and multi-task was developed, according to tasks what pilot need to operate during flying. This work investigated how human identify target color, figure and location under different task weight by measuring response time and detection rate what participator react to main task to provide standards for target code in human machine interface design. Result indicates that green, red and triangle are the fit code for target in interface design and square and circular necessarily can be made as the target code under the need of attention allocation, no matter what task weight is; it is indispensable to take task weight into account in designing target location for human interface, as target identification of different location is affected by the task weight.
Ԭ��,ׯ����,���˾�.�˻����̼��������[M].����:�������պ����ѧ ����,2005 Yuan Xiugan, Zhuang Damin, Zhang Xingjuan. Simulation of human machine engineering[M]. Beijing:Beijing University of Aeronactics and Astronatics Press, 2005(in Chinese)
ׯ����,���.������֪���Ե�Ŀ������о�[J].�������պ����ѧ ��,2003,29(11):1051-1053 Zhuang Damin,Wang Rui. Research of target identifiation based on cognitive characteristic[J].Jounal of Beijing University of Aeronactics and Astronatics, 2003,29(11):1051-1053(in Chinese)
Fisher D L, Tan K C. Visual display:the highlighting paradox . Human Factors,1989,31(1):17-30
Fisher D L, Tanner N S. Optimal symbol set selection:a semiautomated procedure[J]. Human Factors,1992,34(1):79-95
ʱ����,����,³���.��������Ա�Բ�ͬ�Աȶ��˶�Ŀ���ʶ��Ч���о�[J].�л�����ҽѧ�����ѹҽѧ��־,2003,10(4),200-203 Shi Fenzhou,Wang Jue,Lu Yijun. Study on naval pilot’s visual effectiveness in identifying moving targets of different contrast[J]. Chinese Jounal of Naval Medicine and Hyperbar Medicine, 2003,10(4):200-203(in Chinese)